Division of Neurology, Department of Neurosciences (MS, KN), Medical University of South Carolina, Charleston, South Carolina; Pulmonary, Allergy, and Critical Care Medicine (DAC), Cleveland Clinic Foundation, Cleveland, Ohio; Division of Pulmonary and Critical Care Medicine, Department of Internal Medicine (MAJ), Medical University of South Carolina, Charleston, South Carolina; Department of Neurology (TFS), Drexel University College of Medicine, Allegheny Campus, Pittsburgh, Pennsylvania; Neuromuscular Center (JT), Cleveland Clinic Foundation, Cleveland, Ohio; and Division of Pulmonary and Critical Care Medicine (MAJ), Albany Medical College, Albany, New York.
Am J Med Sci. 2014 Mar;347(3):195-8. doi: 10.1097/MAJ.0b013e3182808781.
Spinal cord neurosarcoidosis (SN) is problematic to diagnose because it mimics other inflammatory neurologic diseases. The authors report the clinical features of 29 SN cases.
They retrospectively reviewed the medical records of 29 histologically proven sarcoidosis patients with spinal cord involvement seen at 3 university medical centers. They collected clinical data including laboratory and radiological findings. Clinical outcomes were assessed retrospectively using the modified Rankin scale.
The cohort included high number of African Americans (16/29, 55%). The lung and intrathoracic lymph nodes were the most common confirmatory biopsy sites (18/29, 62%), whereas the spinal cord was a relatively uncommon one (4/29, 14%). The most common presenting symptoms were lower extremity weakness and paresthesias. Thoracic segment was most frequently involved (21/27, 78%). Lesions were mostly intramedullary (22/27, 81%), although nearly half involved the leptomeninges (13/27, 48%). The average size of a lesion spanned 3.9 spine segments (range, 1-9); 17 of 22 (77%) intramedullary patients had ≥3 spine segments involved. Angiotensin-converting enzyme levels in cerebrospinal fluid were elevated in only 2 of 11 (18%) patients. All patients received glucocorticosteroids. Additional immune-modulating agents were used in 24 of 29 (83%) patients. Scores on the modified Rankin scale at the final follow-up visit were improved.
Most SN cases were diagnosed indirectly based on extraneural tissue biopsy. Extended spinal cord lesion (≥3 spine segments) may be useful to distinguish SN from multiple sclerosis. Cerebrospinal fluid analysis was of limited value. Most patients experienced clinical improvement with immunosuppressive treatment, but many required combination therapy.
脊髓神经结节病(SN)的诊断存在问题,因为它模仿其他炎症性神经疾病。作者报告了 29 例 SN 病例的临床特征。
他们回顾性分析了 3 所大学医学中心确诊的 29 例经组织学证实的伴有脊髓受累的结节病患者的病历。他们收集了包括实验室和影像学检查结果在内的临床资料。使用改良 Rankin 量表对临床结局进行回顾性评估。
该队列包括大量非裔美国人(16/29,55%)。最常见的确认性活检部位是肺部和胸内淋巴结(18/29,62%),而脊髓相对较少(4/29,14%)。最常见的首发症状是下肢无力和感觉异常。胸段最常受累(21/27,78%)。病变大多位于脊髓内(22/27,81%),尽管近一半病变累及软脑膜(13/27,48%)。病变的平均大小跨越 3.9 个脊柱节段(范围 1-9);22 例脊髓内病变患者中有 17 例(77%)病变累及≥3 个脊柱节段。11 例(18%)患者中有 2 例脑脊液血管紧张素转换酶水平升高。所有患者均接受糖皮质激素治疗。29 例患者中有 24 例(83%)使用了其他免疫调节药物。在最终随访时,改良 Rankin 量表评分改善。
大多数 SN 病例是通过对神经外组织活检间接诊断的。扩展的脊髓病变(≥3 个脊柱节段)有助于将 SN 与多发性硬化症区分开来。脑脊液分析的价值有限。大多数患者经免疫抑制治疗后临床症状改善,但许多患者需要联合治疗。